The contact owns a 2022 Tesla Model Y. The contact stated that while stopped at a red light and attempting to accelerate, the vehicle failed to accelerate as intended and jerked. The contact stated that after shifting into reverse(R), the vehicle failed to reverse as intended. The vehicle was shifted to park(P) and then into drive(D) several times, and the vehicle accelerated. The contact stated that approximately 20 minutes later, while exiting the highway and approaching a red light, the brake pedal was depressed and the vehicle was stopped and the hold feature was engaged and the icon showed up on the dashboard, but the vehicle rolled backward and struck another vehicle. The vehicle was then shifted to park(P), and after speaking with the other driver, the vehicle was moved to the closest parking lot. The Police were called, but a report was not filed. The vehicle was then taken to the residence. The vehicle was taken to a dealer; however, the failure could not be duplicated. The vehicle was then taken to the same dealer, but the failure could not be duplicated. The manufacturer was notified of the failure. The failure mileage was approximately 63,500.
2022 Tesla Model Y brakes problems
132 complaints (15% of all complaints for this car). Typical mileage when it fails: 32,000. 15 crashes reported.
- owner complaints
- 132
- of this car's complaints
- 15%
- typical mileage
- 32,000
- crashes
- 15
- recalls
- 0
Which part fails
Owners did not name a specific part.
At what mileage
Complaints by mileage at the time of the problem.
Tesla Model Y brakes problems in other years
Specific symptoms reported on the 2022 Tesla Model Y brakes
Phrases found in the owners' own descriptions, so one complaint can mention several symptoms.
Related recalls
No recalls on record for this model year.
What 2022 Tesla Model Y owners say
Most recent owner complaints, unedited.
Car makes loud noise from front axel
FSD (Supervised) was engaged while the vehicle was traveling toward a freeway entrance. The vehicle was expected to turn right, but instead began veering left. The driver applied the brake in an attempt to slow the vehicle and disengage FSD. According to the driver’s recollection, the vehicle did not respond as expected and continued accelerating until it left the roadway and crashed into a ditch. The incident created a serious safety risk to the driver and an infant passenger. Emergency services responded, and the driver and infant passenger were transported to an emergency department for evaluation. The vehicle was subsequently towed from the scene. The suspected malfunction involves FSD/vehicle control behavior, including whether the system properly responded to brake input and whether commanded acceleration continued after the driver attempted to intervene. The vehicle and its electronic systems should currently be available for inspection, and a request has been made to preserve relevant vehicle telemetry, driver-input data, FSD engagement status, accelerator and brake inputs, commanded motor torque, speed, steering inputs, camera footage, Event Data Recorder information, diagnostic logs, and software/FSD version information. A police report has been filed and both Tesla and Tesla insurance have been contacted.
I was driving at approximately 30-35 mph on a 30 mph residential road with my son in the front passenger seat. My vehicle unexpectedly collided with a parked, unoccupied car on the right side of the road, impact occurring between my front passenger side and the rear driver side of the parked vehicle. Following the initial collision, the vehicle continued past a small tree, mounted the sidewalk, and struck a second parked car before I was able to manually bring it to a stop 2–3 houses further down near an intersection. Throughout this sequence—with the vehicle traveling at ~35 mph—neither the Automatic Emergency Braking (AEB) activated nor did any airbags deploy. Fortunately, neither my son nor I sustained catastrophic injuries, though my chest struck the steering wheel during the impact, causing ongoing pain my and mental trauma for my son. I am currently receiving medical advise. Given the speed and sequence of impacts, it is terrifying that the vehicle’s primary safety systems failed to engage before, during, or after the collision. I am seeking a thorough technical investigation into why Automatic Emergency Braking and airbag deployment failed in this scenario with Tesla Model Y
**Incident Report — Tesla Model Y Safety System Failure** The subject vehicle, a Tesla Model Y equipped with Full Self-Driving (FSD) technology and advanced safety features, was involved in a collision at an estimated impact speed of 40–45 MPH. The vehicle's onboard recording system captured the incident and clearly documents the impact dynamics, vehicle speed at impact, and the contributing actions of the other party involved. **Incident Details:** - **Impact Location:** Left front side of vehicle - **Impact Speed:** 40–45 MPH - **Damage Assessment:** Vehicle declared total loss by insurance - **Recorded Evidence:** Onboard system footage available **Safety System Failures:** Despite the severity of the impact and speed involved, the following safety systems failed to activate: - Emergency braking system did not engage - Forward Collision Warning Failed - Seatbelt pre-tensioning/locking mechanism did not activate - Airbag deployment systems failed (front, side, curtain, and knee airbags) **Concern:** The vehicle's advanced safety features—which are primary design components marketed for collision mitigation—did not function as designed or expected. Given the impact speed and severity, these safety systems should have either mitigated the collision or deployed to protect occupants. The failure of multiple redundant safety systems raises questions regarding the reliability and function of these critical systems at the time of impact. **Available Evidence:** - Onboard system footage (speed, impact angle, timing) - Insurance total loss assessment - Medical records (if applicable) - Vehicle service history
The contact’s wife owned a 2022 Tesla Y. The contact stated that while the vehicle was parked, his wife shifted the gear shifter into drive(D), and the vehicle independently accelerated. The Autonomous feature was not engaged. The brake pedal was depressed; however, the vehicle failed to respond as needed, and the front center of the vehicle crashed into a pile of cinder blocks, drove through a gate, and crashed into a dumpster, where it came to a stop. As a result of the impact, the front driver's side tire detached, and the dumpster was damaged. The contact stated that another person helped remove the driver from the vehicle due to the front driver door being unable to open. The air bags deployed as intended. No warning lights were illuminated. The vehicle was towed to a tow yard and was deemed a total loss. A police report was filed. The driver had pain in the back and sought medical attention. The contact's wife was informed of a slight fracture of an unstated bone in her back and ribs, and had to return to the doctor several times for medical assistance. The contact was certain there was no user error to have caused the crash The manufacturer was notified of the failure. The failure mileage was unknown.
Our 2022 Tesla Model Y long range had a braking system failure due to a flawed routing of the rear flex brake lines. When applying the brakes at a red light the vehicle rolled into the intersection despite the brake pedal being pressed to the firewall. There were no warning lights at this time. After arriving home, large amounts of brake fluid were visible under the car. I removed the rear passenger side wheel to inspect the source of the leak. It was immediately clear that the flexible brake line was the source of the leak. It was installed (at the factory) in a position that allowed it to rub against the thin and abrasive edge of the wheel well. Over time, this cut into the brake line until a hole formed. The same issue was occurring on the rear driver side brake line. I took the car to a Tesla service center where they insisted that this was not a Tesla issue. They claimed that the faulty routing of the brake lines must have occurred within the last three weeks, and that they had never heard of this happening with another Tesla. Only after they looked at the problem did a brake warning appear on the screen showing there was a problem. I paid an independent service center to replace the lines and reroute them. I’m filing this report because I’m worried there are other customers, (especially those that have Model Ys that came off the line when mine did) driving around unaware that their brakes may fail when they need them most.
I am reporting a serious safety concern involving my Tesla Model Y. While driving, the vehicle’s main center screen (MCU) suddenly failed and entered a continuous reboot loop. This resulted in the loss of critical driving information and controls, including navigation, camera display, and vehicle system status. The issue occurred without any warning and nearly caused a serious accident, as I was unable to safely monitor essential driving information. This failure made the vehicle extremely unsafe to operate. The problem appears to be related to a known MCU system failure affecting some Tesla vehicles. I am concerned that this issue may present a broader safety risk for other drivers. Please investigate this matter for potential safety defects.
The vehicle was delivered with a critical safety defect in the braking system and inoperable safety software (GPS/FSD/Navigation). Upon further inspection by the dealer's own technician, it was confirmed that the vehicle had 'EXTREMELY POOR BRAKE FEEL' and 'EXTREME RUST BUILD UP' on all pads and rotors, which violated Tesla’s 6mm minimum safety standard for used vehicles. Additionally, a physically damaged windshield harness caused the failure of GPS and FSD features. These defects posed a significant safety risk to myself and my family during operation. The dealer has documented and confirmed these safety issues but is now refusing a buyback and is retaliating with storage fees for my rejection of the unsafe product. No warning lights appeared prior to the technician's discovery of the brake defects.
We live on a road with a steep embankment. My wife backed across our driveway and when she put the car from reverse to drive it accelerated uncontrollably. She hit our mailbox, then a power pole across the street, a driveway across the street then over the embankment where she hit a retainer wall another wooden railing and finally came to rest against our neighbors house. If she wouldn’t have caught the edge of the house she would have went down approximately 150 foot embankment. Not only the car accelerated on its own it is supposed to automatically brake, it didn’t and the airbags never deployed. This all this happened right after it went through an automatic update. The car was totaled, with my wife getting a concussion and a lot of muscle injuries. There was no warning lights prior to event and we reported it to Tesla and all they did was send camera images which we had. The car is now in possession of Wawanesa Insurance because it was a total loss
Questions about the 2022 Tesla Model Y brakes
Does the 2022 Tesla Model Y have brakes problems?
Owners have filed 132 complaints about the brakes of the 2022 Tesla Model Y, 15% of all its complaints.
At what mileage do 2022 Tesla Model Y brakes problems start?
The typical (median) mileage in owner complaints is 32,000 miles.
Was there a recall on the 2022 Tesla Model Y brakes?
There is no recall for this problem on this model year.
What year does the Tesla Model Y have bad brakes?
The Tesla Model Y model years with the most brakes complaints are 2021 (181 complaints), 2023 (156 complaints) and 2022 (132 complaints).
Other 2022 Tesla Model Y problems
Driver assistance 531Acceleration 140Electrical 121Steering 63Suspension 42Visibility 36Body 32Seat belts 24Airbags 19Seats 17Transmission 17Wheels 17Lights 16Engine 11Fuel system 9Locks 7Tires 5
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